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| 184_projects:detecting_b_fields2 [2023/10/24 16:53] – created dmcpadden | 184_projects:detecting_b_fields2 [2023/10/25 19:53] (current) – dmcpadden | ||
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| - | An experimental magnetic field detector has been constructed outside of the town of Lakeview, due to the presence of a new mysterious particle. You and your team have been contacted to determine the charge of this new particle and construct a model of what the magnetic field should look like. Thankfully, you've gotten some initial data from your colleagues. They were able to measure two different magnetic fields for a particle that was moving with velocity of $\vec{v} = <0, -20, 0> m/s$. The first field was measured 1 m to the right and 1 m up from the charge particle and found to be $\vec{B}_1 = <0, 0, +7.07E-5> T$. The second field was measured 4m beneath the particle, and interestingly was found to be $\vec{B}_2 = < | + | An experimental magnetic field detector has been constructed outside of the town of Lakeview, due to the presence of a new mysterious particle. You and your team have been contacted to determine the charge of this new particle and construct a model of what the magnetic field should look like. Thankfully, you've gotten some initial data from your colleagues. They were able to measure two different magnetic fields for a particle that was moving with velocity of $\vec{v} = <0, -20, 0> m/s$. The first field was measured 1 m to the right and 1 m up from the charge particle and found to be $\vec{B}_1 = <0, 0, +7.07E-6> T$. The second field was measured 4m beneath the particle, and interestingly was found to be $\vec{B}_2 = < |
| Your colleagues have also worked on a somewhat constructed model of the field, but it looks like there are some pieces of code that the team wasn't sure what to do with. You will need to select a few locations to model the magnetic field due to the new particles and produce arrows that represent the magnetic field as the particle moves by. This will provide much needed information about these new particles! | Your colleagues have also worked on a somewhat constructed model of the field, but it looks like there are some pieces of code that the team wasn't sure what to do with. You will need to select a few locations to model the magnetic field due to the new particles and produce arrows that represent the magnetic field as the particle moves by. This will provide much needed information about these new particles! | ||